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Bio
Bodies of ETH Zurich, further university bodies
• ETH Zuerich / Departement of Civil, Environmental and Geomatics Engineering (BAUG), Head of
Department
• ETH Zuerich / Risk Center, Full Member
• ETH Zuerich / Partnership Council Sustainable Construction, Member
• ETH Zuerich / Institute for Transport Planning and Systems (IVT), Deputy Head of Institute
• ETH Zuerich / Institute of Construction and Infrastructure Management (IBI), BaubetriebsFoerderpreis, member of the Committee
• Network City and Landscape (NSL), member of the NSL board
• ETH Zuerich / Certificate of Advanced Studies Risk & Safety (ETH Zuerich / HSG / PSI / SLF),
member of the Board
• ETH Zuerich / Department of Management, Technology and Economics (MTEC), Search Committee
Professor of Entrepreneurship, member
• ETH Zuerich / Departement of Civil, Environmental and Geomatics Engineering (BAUG), Search
Committee Geotechnical Engineering, member
• ETH Zuerich / Renewal project HIF building ETH Hoenggerberg, Jury (Sachpreisjury), member
• ETH Zuerich / Testplanung Masterplan ETH Hönggerberg, expert
• ETH Zuerich / REFINE – Erneuerung der Ressourcen- und Finanzplattform, Stakeholder Sounding
Board, member / Department representative
• Association of German Speaking Railway Professors, member
• Technical University of Stuttgart / Advisory Board (Kuratorium) of the Institute of Transportation Research (Verkehrswissenschaftliches Institut), member
Both society and economy demand mobility that is efficient, safe and environmentally friendly. Especially public transportation systems are expected to play a vital role in this. Consequently, its design and operation are challenging tasks.
Settlement areas are in constant change and oftentimes their development leaves the historically grown patterns. Infrastructure investments however, are long term measures, making optimization of processes, as well as information and control systems crucial for capacity increases. At the same time, technical and operational availability are to be increased along with safety, efficiency and effectiveness of public transportation systems.
Support in dealing with these tasks is provided by the transportation systems group`s research focuses:
Passenger Transportation Systems
Deployment of transportation systems according to their characteristics; Design of market and cost optimal supply systems, especially for agglomerations and cities; Interactions between transportation systems and urbanities; combined mobility; Design and evaluation methods for system wide approaches.
Freight Transportation Systems
Operational and technical alignment of freight rail according to logistics concepts; Production strategies and process optimization at freight railways; Capacity management impact of pricing models; Facility wear and environmental impacts; modal split models in freight transportation; sustainability of logistics chains.
Production Processes
Operational processes in heavily loaded public transportation networks; Control cycles for high precision train control; Operational stability of road based public transportation systems; Methods in safety and availability analysis, RAMS-Methods; Fundamentals of passenger embarking and disembarking and pedestrian movements.
Additional subjects of interest to Professor Weidmann are:
Transport and public policy, transport regulation
Organization and financing of public transport, public transport business models
Infrastructure development, infrastructure organization
Technical standards, regulations, innovation management
10.1983 - 1.1988 ETH Zurich, Civil Engineering with special fields in transportation engineering and water engineering
Diploma thesis „Umfahrung Wolfenschiessen“, awarded by silver medal of
ETH Zurich
• ETH Zuerich / Departement of Civil, Environmental and Geomatics Engineering (BAUG), Head of
Department
• ETH Zuerich / Risk Center, Full Member
• ETH Zuerich / Partnership Council Sustainable Construction, Member
• ETH Zuerich / Institute for Transport Planning and Systems (IVT), Deputy Head of Institute
• ETH Zuerich / Institute of Construction and Infrastructure Management (IBI), BaubetriebsFoerderpreis, member of the Committee
• Network City and Landscape (NSL), member of the NSL board
• ETH Zuerich / Certificate of Advanced Studies Risk & Safety (ETH Zuerich / HSG / PSI / SLF),
member of the Board
• ETH Zuerich / Department of Management, Technology and Economics (MTEC), Search Committee
Professor of Entrepreneurship, member
• ETH Zuerich / Departement of Civil, Environmental and Geomatics Engineering (BAUG), Search
Committee Geotechnical Engineering, member
• ETH Zuerich / Renewal project HIF building ETH Hoenggerberg, Jury (Sachpreisjury), member
• ETH Zuerich / Testplanung Masterplan ETH Hönggerberg, expert
• ETH Zuerich / REFINE – Erneuerung der Ressourcen- und Finanzplattform, Stakeholder Sounding
Board, member / Department representative
• Association of German Speaking Railway Professors, member
• Technical University of Stuttgart / Advisory Board (Kuratorium) of the Institute of Transportation Research (Verkehrswissenschaftliches Institut), member
Both society and economy demand mobility that is efficient, safe and environmentally friendly. Especially public transportation systems are expected to play a vital role in this. Consequently, its design and operation are challenging tasks.
Settlement areas are in constant change and oftentimes their development leaves the historically grown patterns. Infrastructure investments however, are long term measures, making optimization of processes, as well as information and control systems crucial for capacity increases. At the same time, technical and operational availability are to be increased along with safety, efficiency and effectiveness of public transportation systems.
Support in dealing with these tasks is provided by the transportation systems group`s research focuses:
Passenger Transportation Systems
Deployment of transportation systems according to their characteristics; Design of market and cost optimal supply systems, especially for agglomerations and cities; Interactions between transportation systems and urbanities; combined mobility; Design and evaluation methods for system wide approaches.
Freight Transportation Systems
Operational and technical alignment of freight rail according to logistics concepts; Production strategies and process optimization at freight railways; Capacity management impact of pricing models; Facility wear and environmental impacts; modal split models in freight transportation; sustainability of logistics chains.
Production Processes
Operational processes in heavily loaded public transportation networks; Control cycles for high precision train control; Operational stability of road based public transportation systems; Methods in safety and availability analysis, RAMS-Methods; Fundamentals of passenger embarking and disembarking and pedestrian movements.
Additional subjects of interest to Professor Weidmann are:
Transport and public policy, transport regulation
Organization and financing of public transport, public transport business models
Infrastructure development, infrastructure organization
Technical standards, regulations, innovation management
10.1983 - 1.1988 ETH Zurich, Civil Engineering with special fields in transportation engineering and water engineering
Diploma thesis „Umfahrung Wolfenschiessen“, awarded by silver medal of
ETH Zurich
Research Interests
Papers共 104 篇Author StatisticsCo-AuthorSimilar Experts
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PUBLIC TRANSPORTno. 3 (2020): 675-698
TRAFFIC AND GRANULAR FLOW '17 (2019)
Conference on Advanced Systems in Public Transport and TransitData (CASPT 2018) (2018)
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